Input sequence

Protein name Protein dachsous
Organism Drosophila melanogaster Length 3503
Disorder content 11.1% ProS content 6.8%
IDEAL NA UniProt Q24292

Prediction

Order Disorder ProS BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:PDB RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam RPS-BLAST:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam HMMER:Pfam RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP RPS-BLAST:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP HMMER:SCOP SEG:LCR TMHMM:TMhelix 0 3503 1-5 6-674 675-681 682-1032 1033-1039 1040-1478 1479-1484 1485-1552 1553-1556 1557-1750 1751-1772 1773-2046 2047-2050 2051-2210 2211-2218 2219-2222 2223-2672 2673-2677 2678-3080 3081-3312 3313-3358 3359-3503 6-674 682-1032 1040-1478 1485-1552 1557-1750 1773-2046 2051-2210 2223-2672 2678-3080 3313-3358 1-5 2211-2218 3081-3312 3359-3503 1-5 2211-2218 3091-3108 3123-3135 3144-3183 3191-3213 3233-3276 3294-3312 3398-3417 3429-3442 3453-3473 3480-3483 3494-3503 789-1302 1571-2101 185-640 2254-2588 1229-1696 2733-2957 565-960 2604-2801 72-225 771-1302 128-649 466-969 1571-2101 1107-1652 1907-2469 2278-2793 2724-3018 52-122 1211-1303 1802-1876 459-548 885-969 1905-1995 241-330 783-868 1109-1193 684-765 989-1091 2277-2366 565-648 1674-1756 128-223 1571-1643 353-441 126-224 238-331 349-442 456-549 563-653 667-763 779-869 883-974 988-1091 1105-1194 1209-1303 1437-1540 1560-1657 1671-1759 1800-1890 1904-1995 2009-2102 2118-2260 2274-2366 2379-2470 2705-2800 2814-2907 191-595 501-934 928-1277 1637-1967 1116-1618 2238-2546 2688-2983 72-302 1910-2058 2019-2174 2606-2766 2499-2652 2113-2303 27-114 114-225 221-378 334-443 445-550 552-654 656-766 771-871 871-975 977-1092 1094-1195 1197-1304 1305-1424 1420-1567 1543-1658 1661-1787 1787-1891 1893-1996 1992-2097 2112-2261 2263-2367 2369-2471 2473-2587 2594-2691 2693-2801 2802-2908 2904-3016 2-18 971-982 1455-1466 2059-2074 2199-2209 2674-2687 3031-3061 3107-3119 3133-3162 3217-3230 3272-3291 3294-3320 3363-3387 3392-3404 3420-3432 3440-3463 3044-3066 3q2wA(14-540) 3e-35 29.17% 3q2wA(15-540) 3e-34 25.94% 3q2wA(60-526) 2e-32 28.96% 3q2vA(93-437) 3e-21 28.17% 3q2vA(24-480) 5e-16 24.32% 2a62A(30-254) 2e-14 28.21% 1l3wA(7-417) 9e-20 26.64% 2wcpA(20-206) 2e-07 28.22% 2o72A(53-213) 5e-07 30.95% 3q2wA(5-540) 1e-74 26.82% 3q2wA(7-537) 7e-74 24.55% 3q2wA(14-536) 1e-67 23.13% 3q2wA(15-540) 1e-64 25.58% 1l3wA(7-527) 3e-56 20.21% 1l3wA(10-529) 2e-47 22.77% 1l3wA(9-526) 1e-41 20.58% 2a62A(25-316) 3e-33 22.76% 2x2uA(161-235) 1e-06 29.33% PF00028(3-92) 8e-14 49.46% PF00028(3-79) 2e-12 53.25% PF00028(4-91) 4e-12 54.44% PF00028(3-87) 4e-11 43.53% PF00028(2-92) 9e-10 47.83% PF00028(4-91) 1e-09 45.56% PF00028(5-91) 4e-09 43.68% PF00028(5-91) 6e-09 43.68% PF00028(13-92) 1e-08 42.68% PF00028(2-92) 5e-08 38.83% PF00028(4-92) 1e-07 40.0% PF00028(3-87) 4e-06 44.19% PF00028(4-85) 2e-05 39.76% PF00028(3-91) 9e-05 32.29% PF00028(12-79) 0.0003 41.1% PF00028(5-91) 0.0007 32.58% PF00028 6.4e-12 50.2% PF00028 2e-26 98.4% PF00028 3.6e-09 41.1% PF00028 1.8e-29 108.5% PF00028 6.7e-19 73.4% PF00028 1.6e-14 58.9% PF00028 1.1e-16 66.0% PF00028 2.7e-20 78.0% PF00028 3.4e-27 101.0% PF00028 3e-31 114.4% PF00028 3e-29 107.8% PF00028 6e-18 70.2% PF00028 8.4e-16 63.1% PF00028 4.1e-12 50.8% PF00028 1.1e-24 92.6% PF00028 2.1e-27 101.7% PF00028 1.7e-11 48.8% PF00028 6e-05 27.0% PF00028 6.5e-24 90.1% PF00028 7.6e-10 43.3% PF00028 6.2e-19 73.5% PF00028 2.5e-13 54.9% 1dnvA(16-395) 1e-58 6.08% 1dnvA(6-414) 4e-44 6.86% 2nlzA1(203-531) 6e-44 8.17% 2nlzA1(230-530) 1e-38 11.05% 2nlzA1(68-524) 2e-33 9.23% 2nlzA1(227-520) 4e-29 8.49% 2nlzA1(247-528) 3e-27 7.42% 2nlzA1(314-528) 8e-27 10.33% 1f15A(1-144) 2e-28 12.75% 1f15A(5-154) 1e-15 13.21% 1f15A(1-156) 6e-14 9.41% 1f15A(1-156) 6e-11 7.36% 2fwuA1(5-155) 7e-09 9.27% b.1.6 1.8e-06 23.3% b.1.6 3.3e-23 82.7% b.1.6 5e-40 138.1% b.1.6 2.2e-17 61.1% b.1.6 2.7e-32 112.4% b.1.6 1.8e-26 92.4% b.1.6 9.9e-22 76.1% b.1.6 2.9e-23 82.7% b.1.6 8.2e-30 105.8% b.1.6 1.9e-31 109.5% b.1.6 5.3e-30 104.5% b.1.6 1.4e-29 103.1% b.1.6 4e-17 61.5% b.1.6 4.9e-28 96.9% b.1.6 6.3e-18 63.7% b.1.6 2.3e-20 74.5% b.1.6 3.9e-26 92.9% b.1.6 1.7e-30 106.3% b.1.6 6.2e-21 72.5% b.1.6 1.3e-13 47.2% b.1.6 1.7e-29 102.8% b.1.6 5e-19 66.8% b.1.6 9.5e-15 52.1% b.1.6 2.5e-10 36.3% b.1.6 1.4e-20 72.1% b.1.6 3.3e-22 79.2% b.1.6 2.7e-13 46.3%

Sequence

MLRSSLLILLAIVLLGSSQAASHDQERERKLEVFEGVAVDYQIGYIGDFGGIDSGPPYII
VAEAGVETDLAIDRATGEIRTKVKLDRETRASYSLVAIPLSGRNIRVLVTVKDENDNAPT
FPQTSMHIEFPENTPREVKRTLLPARDLDLEPYNTQRYNIVSGNVNDAFRLSSHRERDGV
LYLDLQISGFLDRETTPGYSLLIEALDGGTPPLRGFMTVNITIQDVNDNQPIFNQSRYFA
TVPENATVGTSVLQVYASDTDADENGLVEYAINRRQSDKEQMFRIDPRTGAIYINKALDF
ETKELHELVVVAKDHGEQPLETTAFVSIRVTDVNDNQPTINVIFLSDDASPKISESAQPG
EFVARISVHDPDSKTEYANVNVTLNGGDGHFALTTRDNSIYLVIVHLPLDREIVSNYTLS
VVATDKGTPPLHASKSIFLRITDVNDNPPEFEQDLYHANVMEVADPGTSVLQVLAHDRDE
GLNSALTYSLAETPETHAQWFQIDPQTGLITTRSHIDCETEPVPQLTVVARDGGVPPLSS
TATVLVTIHDVNDNEPIFDQSFYNVSVAENEPVGRCILKVSASDPDCGVNAMVNYTIGEG
FKHLTEFEVRSASGEICIAGELDFERRSSYEFPVLATDRGGLSTTAMIKMQLTDVNDNRP
VFYPREYKVSLRESPKASSQASSTPIVAVVATDPDYGNFGQVSYRIVAGNEAGIFRIDRS
TGEIFVVRPDMLSVRTQPMHMLNISATDGGNLRSNADAVVFLSIIDAMQRPPIFEKARYN
YYVKEDIPRGTVVGSVIAASGDVAHRSPVRYSIYSGDPDGYFSIETNSGNIRIAKPLDHE
AKSQVLLNIQATLGEPPVYGHTQVNIEVEDVNDNAPEFEASMVRISVPESAELGAPLYAA
HAHDKDSGSSGQVTYSLVKESGKGLFAIDARSGHLILSQHLDYESSQRHTLIVTATDGGV
PSLSTNLTILVDVQDVNDNPPVFEKDEYSVNVSESRSINAQIIQVNASDLDTGNNARITY
RIVDAGVDNVTNSISSSDVSQHFGIFPNSGWIYLRAPLDRETRDRYQLTVLATDNGTPAA
HAKTRVIVRVLDANDNDPKFQKSKYEFRIEENLRRGSVVGVVTASDLDLGENAAIRYSLL
PINSSFQVHPVTGEISTREPLDRELRELYDLVVEARDQGTPVRSARVPVRIHVSDVNDNA
PEIADPQEDVVSVREEQPPGTEVVRVRAVDRDHGQNASITYSIVKGRDSDGHGLFSIDPT
SGVIRTRVVLDHEERSIYRLGVAASDGGNPPRETVRMLRVEVLDLNDNRPTFTSSSLVFR
VREDAALGHVVGSISPIERPADVVRNSVEESFEDLRVTYTLNPLTKDLIEAAFDIDRHSG
NLVVARLLDREVQSEFRLEIRALDTTASNNPQSSAITVKIEVADVNDNAPEWPQDPIDLQ
VSEATPVGTIIHNFTATDADTGTNGDLQYRLIRYFPQLNESQEQAMSLFRMDSLTGALSL
QAPLDFEAVQEYLLIVQALDQSSNVTERLQTSVTVRLRILDANDHAPHFVSPNSSGGKTA
SLFISDATRIGEVVAHIVAVDEDSGDNGQLTYEITGGNGEGRFRINSQTGIIELVKSLPP
ATEDVEKGGRFNLIIGAKDHGQPEPKKSSLNLHLIVQGSHNNPPRFLQAVYRATILENVP
SGSFVLQVTAKSLHGAENANLSYEIPAGVANDLFHVDWQRGIITTRGQFDRESQASYVLP
VYVRDANRQSTLSSSAVRKQRSSDSIGDTSNGQHFDVATIYITVGDVNDNSPEFRPGSCY
GLSVPENSEPGVIHTVVASDLDEGPNADLIYSITGGNLGNKFSIDSSSGELSARPLDREQ
HSRYTLQIQASDRGQPKSRQGHCNITIFVEDQNDNAPRFKLSKYTGSVQEDAPLGTSVVQ
ISAVDADLGVNARLVYSLANETQWQFAIDGQSGLITTVGKLDRELQASYNFMVLATDGGR
YEVRSATVPVQINVLDINDNRPIFERYPYIGQVPALIQPGQTLLKVQALDADLGANAEIV
YSLNAENSAVSAKFRINPSTGALSASQSLASESGKLLHLEVVARDKGNPPQSSLGLIELL
IGEAPQGTPVLRFQNETYRVMLKENSPSGTRLLQVVALRSDGRRQKVQFSFGAGNEDGIL
SLDSLSGEIRVNKPHLLDYDRFSTPSMSALSRGRALHYEEEIDESSEEDPNNSTRSQRAL
TSSSFALTNSQPNEIRVVLVARTADAPFLASYAELVIELEDENDNSPKFSQKQFVATVSE
GNNKGTFVAQVHAFDSDAGSNARLRYHIVDGNHDNAFVIEPAFSGIVRTNIVLDREIRDI
YKLKIIATDEGVPQMTGTATIRVQIVDVNDNQPTFPPNNLVTVSEATELGAVITSISAND
VDTYPALTYRLGAESTVDIENMSIFALDRYSGKLVLKRRLDYELQQEYELDVIASDAAHE
ARTVLTVRVNDENDNAPVFLAQQPPAYFAILPAISEISESLSVDFDLLTVNATDADSEGN
NSKVIYIIEPAQEGFSVHPSNGVVSVNMSRLQPAVSSSGDYFVRIIAKDAGKPALKSSTL
LRVQANDNGSGRSQFLQNQYRAQISEAAPLGSVVLQLGQDALDQSLAIIAGNEESAFELL
QSKAIVLVKPLDRERNDLYKLRLVLSHPHGPPLISSLNSSSGISVIITILDANDNFPIFD
RSAKYEAEISELAPLRYSIAQLQAIDADQENTPNSEVVYDITSGNDEHMFTIDLVTGVLF
VNNRLDYDSGAKSYELIIRACDSHHQRPLCSLQPFRLELHDENDNEPKFPLTEYVHFLAE
NEPVGSSVFRAHASDLDKGPFGQLNYSIGPAPSDESSWKMFRVDSESGLVTSAFVFDYEQ
RQRYDMELLASDMGGKKASVAVRVEIESRDEFTPQFTERTYRFVLPAAVALPQGYVVGQV
TATDSDSGPDGRVVYQLSAPHSHFKVNRSSGAVLIKRKLKLDGDGDGNLYMDGRDISLVI
SASSGRHNSLSSMAVVEIALDPLAHPGTNLASAGGSSSGSIGDWAIGLLVAFLLVLCAAA
GIFLFIHMRSRKPRNAVKPHLATDNAGVGNTNSYVDPSAFDTIPIRGSISGGAAGAASGQ
FAPPKYDEIPPFGAHAGSSGAATTSELSGSEQSGSSGRGSAEDDGEDEEIRMINEGPLHH
RNGGAGAGSDDGRISDISVQNTQEYLARLGIVDHDPSGAGGGASSMAGSSHPMHLYHDDD
ATARSDITNLIYAKLNDVTGAGSEIGSSADDAGTTAGSIGTIGTAITHGHGVMSSYGEVP
VPVPVVVGGSNVGGSLSSIVHSEEELTGSYNWDYLLDWGPQYQPLAHVFSEIARLKDDTL
SEHSGSGASSSAKSKHSSSHSSAGAGSVVLKPPPSAPPTHIPPPLLTNVAPRAINLPMRL
PPHLSLAPAHLPRSPIGHEASGSFSTSSAMSPSFSPSLSPLATRSPSISPLGAGPPTHLP
HVSLPRHGHAPQPSQRGNVGTRM

Region:1-3503
Length:3503aa
Label:Full sequence
Reset:click